COM-HPC Carrier Layout

I’ll update Version 5.0 front-view visuals only so the Compute Module is drawn with correct 90 mm × 100 mm proportions and occupies the appropriate larger area. Version 4.0 stays locked.
Worked for 3 mins 46 sec
Thought for 26 sec
Created image.
You can move the component labels off to the side of the PCB
Redone for Tiny Tim Version 5.0 front view.
Changes applied:
  • Compute Module is shown much larger with intended 90 mm × 100 mm proportions.
  • Carrier board remains 105 mm × 115 mm.
  • Labels moved off the PCB as side callouts to reduce clutter.
  • Version 4.0 remains locked and unchanged.
Updated file:
Updated Front View
Tiny Tim Version 5.0 Front View

Image

Redo rear and review
Lock Version 5.0
Compare front views
Check label accuracy
Improve compute module fit

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COM-HPC Mini Connector Search Results
Scope
Search started for the COM-HPC Mini type carrier-board connector needed for Tiny Tim Version 4.0 implementation.
No schematic, layout, image geometry, connector placement, or board dimensions were changed during this search.
Key Standard-Level Finding
Public COM-HPC Mini references indicate that COM-HPC Mini uses one 400-pin high-speed board-to-board connector. Larger COM-HPC Client/Server designs use two 400-pin connectors, but Mini uses a single connector.
Carrier-board side = male carrier plug / header.
Module side = female module receptacle.
The carrier plug determines the module-to-carrier stack height, typically 5 mm or 10 mm.
Candidate Connector Families
Samtec COM-HPC Carrier Plug Options
Samtec lists COM-HPC carrier plugs on its COM-HPC standard products page, with downloadable PDF prints and PADS footprint resources.

Table


Stack heightCandidate P/NTerminationNotes
5 mmASP-230333-03Column400-position COM-HPC carrier plug; likely best 5 mm Samtec starting point.
10 mmASP-230336-03Column400-position COM-HPC carrier plug for 10 mm stack.
5 mmASP-214802-01Ball400-position COM-HPC carrier plug, 5 mm stack, ball termination.
10 mmASP-209948-01Ball400-position COM-HPC carrier plug, 10 mm stack, ball termination.
Other Samtec variants exist with different plating and ball/column termination options.
Amphenol COM-HPC Carrier Plug Options
Amphenol offers COM-HPC 0.635 mm pitch, 400-position open-pin-field array connectors.

Table


Stack heightCandidate P/NNotes
5 mm10163479-14340T1LF400-position plug, 3.40 mm plug height, 5 mm mated stack.
10 mm10163479-14840T1LF400-position plug, 8.40 mm plug height, 10 mm mated stack.
5 mm with weld tab10171123-14340T1LF400-position plug with weld tab, 5 mm stack.
10 mm with weld tab10171123-14840T1LF400-position plug with weld tab, 10 mm stack.
Flux Library Status
Exact COM-HPC Mini / COM-HPC 400-pin carrier connector parts were not found in the Flux library during this pass.
Re-check after user request to import/create the connector: Samtec ASP-230336-03 is still not available as a usable Flux library part. Public web sources expose Samtec PDF print / footprint PDF / PADS resources, but no directly importable KiCad .kicad_sym + .kicad_mod, Altium .SchLib + .PcbLib, Eagle .lbr, EasyEDA JSON, or ZIP library file was available to the current import tool.
Library searches tried:
  • COM-HPC Mini carrier board connector 400 pin board-to-board high-speed module connector.
  • COM-HPC Mini keyword.
  • COM-HPC keyword.
  • Samtec ASP-230333-03 / ASP-230336-03 / ASP-214802-01 / ASP-209948-01.
  • Amphenol 10163479-14340T1LF / 10163479-14840T1LF / 10171123-14340T1LF / 10171123-14840T1LF.
Closest Flux library results were unrelated high-density Hirose mezzanine connectors and should not be used for COM-HPC Mini.
Missing-part requests were submitted for:
  • Samtec ASP-230333-03
  • Amphenol 10163479-14340T1LF
Version 4.0 Selection
User selected:
Samtec ASP-230336-03 — COM-HPC 400-position male carrier plug, 10 mm stack height, column termination.
Reason: use the taller 10 mm stack height for more clearance and cooling.
Flux library status: exact part was not found during library search. A missing-part request was submitted for Samtec ASP-230336-03. Footprint import/create from Samtec PDF/PADS resources is likely required before real placement.
Prior Preliminary Recommendation
The earlier preliminary starting point was:
Samtec ASP-230333-03 — COM-HPC carrier plug, 400 position, 5 mm stack height, column termination.
Reason:
  • It is a documented COM-HPC carrier plug.
  • 5 mm stack height supports a lower-profile carrier/module assembly than 10 mm.
  • Samtec provides PDF print and PADS resources, which should help create/import a footprint if the Flux library part is unavailable.
Fallback / alternate:
Amphenol 10163479-14340T1LF — COM-HPC 400-position plug, 5 mm stack height.
This has been superseded by the Version 4.0 user selection of Samtec ASP-230336-03 with 10 mm stack height for more clearance and cooling.
Critical Open Questions
  1. Do we need any alternate weld-tab / hold-down version for additional mechanical robustness, or is ASP-230336-03 acceptable as-is?
  2. Should a second-source Amphenol 10 mm equivalent be kept as fallback?
  3. Which exact COM-HPC Mini module will be used? The module vendor mechanical drawing may constrain connector stack height, keepout, and mounting-hole placement.
  4. Can the user provide the PICMG COM-HPC Mini Carrier Design Guide or module vendor carrier-board design files if available?
Next Actions
  1. Obtain/upload a usable EDA library package for Samtec ASP-230336-03: KiCad .kicad_sym + .kicad_mod, Altium .SchLib + .PcbLib, Eagle .lbr, EasyEDA JSON, or a ZIP containing these files. PDF/PADS references alone are not enough for the current automated import path.
  2. Define COM-HPC Mini module mechanical keepout and mounting holes.
  3. Confirm module-side connector compatibility and 10 mm stack clearance.
  4. Only after those are locked, place the real connector footprint on the 105 mm x 115 mm Version 4.0 board outline.
  • Scope

  • Key Standard-Level Finding

  • Candidate Connector Families

  • Samtec COM-HPC Carrier Plug Options

  • Amphenol COM-HPC Carrier Plug Options

  • Flux Library Status

  • Version 4.0 Selection

  • Prior Preliminary Recommendation

  • Critical Open Questions

  • Next Actions